Classified Capability • Armed Forces Only
Defence
Drone Lab
India's most advanced military UAV Centre of Excellence. Counter-drone warfare, swarm operations, encrypted mesh networks, electronic warfare simulation, and full-spectrum drone combat training — built for the Armed Forces, Navy, Air Force, and DRDO.
Strategic Imperative
The Drone Threat Has Evolved.
Your Training Must Too.
Drone strikes in Ukraine-Russia conflict since 2022
India's drone market projection by 2030
Houthi drone swarm attack prep time — Aramco 2019
Modern warfare is unmanned warfare. From FPV kamikaze drones taking out MBTs in Ukraine to AI-driven swarm attacks in the Middle East, every branch of the armed forces must build organic drone capabilities — from the soldier on the ground to the admiral on the bridge. Autoabode's Defence Drone Lab is not a classroom with posters. It is a fully operational Centre of Excellence where your personnel train on real hardware, real threat scenarios, and real electronic warfare conditions.
Authorised Users
Built for Every Branch of India's Defence Apparatus
Indian Army
Infantry, Artillery, Signals, Engineers, Special Forces
Indian Navy
Maritime ISR, ship-based ops, ASW drone integration
Indian Air Force
UCAV operations, airfield defence, HALE/MALE support
Paramilitary Forces
BSF, CRPF, ITBP, SSB, CISF — border and internal security
DRDO & Defence PSUs
R&D labs, HAL, BEL, BDL — development and testing
NSG & Coast Guard
Counter-terror ops, maritime patrol, VIP protection
8 Integrated Modules
Lab Capabilities
Each module is a self-contained training domain with dedicated hardware, simulation software, and structured curriculum. Modules can be deployed individually or as a unified Centre of Excellence.
Counter-UAS Warfare
Detect. Track. Neutralise.
Full-spectrum counter-drone training — multi-sensor RF detection arrays, EO/IR tracking, radar integration, RF jamming, GPS spoofing, laser engagement simulation, and kinetic interceptor drone training. Unified C2 dashboard for multi-layer DTIN operations.
- RF direction-finding arrays
- EO/IR + radar fusion tracking
- Soft-kill (jamming/spoofing) trainers
- Hard-kill (laser/interceptor) simulation
- UGV-based interception
- Unified sensor-fusion C2 dashboard
Swarm Warfare Operations
Autonomous. Decentralised. Lethal.
10-to-50 UAV swarm coordination simulator with decentralised AI. Swarm-vs-swarm adversarial wargaming, formation flying, dynamic task allocation, mesh-networked C2, and hardware-in-the-loop testing with real micro-UAVs.
- 10–50 UAV swarm simulator
- Decentralised swarm AI algorithms
- Swarm-vs-swarm adversarial scenarios
- Dynamic task allocation engine
- Hardware-in-the-loop with micro-UAVs
- DRDO swarm doctrine alignment
Secure Communications & Mesh Networking
Encrypted. Resilient. Unjammable.
Military-grade encrypted data links (AES-256), Software-Defined Radio (SDR) workstations, FHSS trainers, self-healing mesh topology labs, MANET for BVLOS control, SATCOM integration, and LPI/LPD radio simulation.
- AES-256 encrypted tactical data links
- SDR custom waveform development
- Self-healing mesh network topology
- FHSS & anti-jamming trainers
- MANET for BVLOS drone control
- SATCOM integration station
Electronic Warfare & SIGINT/ELINT
Dominate the Spectrum.
Spectrum analysis workstations, SIGINT intercept and classification, ELINT signal characterisation, GPS denial/spoofing environments, comm jamming and counter-jamming exercises, EM spectrum management, and cyber-EW convergence scenarios.
- SIGINT intercept & classification
- ELINT signal characterisation
- GPS denial & spoofing simulation
- Comm jamming & counter-jamming
- EM spectrum management training
- Cyber-EW convergence scenarios
ISR & Mission Planning
See Everything. Miss Nothing.
Real-time ISR feed analysis with AI-assisted target recognition. Multi-drone mission planning with GIS/terrain integration, waypoint programming, geofencing, loiter-pattern optimisation, and post-mission debrief with telemetry replay.
- AI-assisted target recognition
- Multi-drone mission planner
- GIS/terrain integration station
- Geofencing & airspace management
- Telemetry replay & debrief system
- Full-motion video (FMV) analysis
Maritime Drone Operations
Ship-to-Shore. Blue Water. Littoral.
Specialised module for Indian Navy and Coast Guard — ship-based drone launch and recovery simulation, maritime ISR over littoral and blue-water zones, anti-submarine warfare (ASW) drone integration, and maritime domain awareness (MDA) with AIS correlation.
- Ship-based launch & recovery sim
- Maritime ISR & MDA correlation
- ASW drone integration trainer
- Littoral & blue-water scenarios
- AIS correlation & vessel tracking
- Salt-fog resilience testing
FPV & Tactical Drone Training
First-Person. Close-Quarters. Decisive.
FPV racing and tactical piloting with VR goggles, obstacle courses, and target engagement simulation. Covers kamikaze/loitering munition doctrine, building-entry reconnaissance, convoy overwatch, and night-ops with IR payloads.
- FPV VR goggle pilot training
- Kamikaze/loitering munition sim
- Building-entry recon scenarios
- Convoy overwatch training
- Night-ops with IR payloads
- Indoor obstacle course
Additive Manufacturing for Drone Production
Print. Fly. Replace. Repeat.
On-demand 3D printing of drone frames, payload housings, and replacement parts using Autoabode's industrial Duper-series FDM and SinterX SLS printers. Carbon-fibre nylon, PEEK, and field-deployable rapid manufacturing capabilities.
- Duper XL industrial FDM printer
- SinterX Pro SLS for nylon/CF parts
- PEEK high-temp printing capability
- Field-deployable print station
- Spare parts on-demand in theatre
- Jig/fixture manufacturing
Full-Spectrum Coverage
Every Class of Military UAV. One Lab.
From nano-UAVs for building entry to HALE platforms for strategic reconnaissance — our lab covers the complete drone taxonomy used by modern armed forces.
Micro & Nano UAVs
Sub-2kg reconnaissance and building-entry drones
Mini UAVs (Class I)
2–20kg tactical quadcopters for platoon-level ISR
Small VTOL
Vertical take-off fixed-wing for ship/confined launch
FPV Attack Drones
First-person-view kamikaze and loitering munitions
MALE (Medium-Altitude)
Long-endurance ISR platforms for theatre-level coverage
HALE (High-Altitude)
Strategic reconnaissance at 40,000+ ft
UCAV (Combat UAV)
Armed UAVs for strike missions and CAS
Maritime Drones
Ship-launched ISR and ASW patrol drones
Tethered UAVs
Persistent surveillance with unlimited endurance
Swarm Drones
Networked micro-UAVs for distributed operations
Cargo/Logistics UAVs
Supply delivery to forward positions
Counter-Drone Interceptors
Kinetic kill vehicles and net-capture drones
Operational Readiness
Train Like You Fight
Every module replicates real-world conditions — contested spectrum, GPS-denied environments, multi-threat scenarios, and time-critical decision loops.
Procurement Pathways
Defence Procurement Made Simple
Capital Acquisition (MoD)
Full DPP/DAP-compliant procurement through Ministry of Defence. We handle RFI/RFP technical bid preparation and compliance documentation.
GeM Direct Purchase
Available on Government e-Marketplace for orders within prescribed limits. Fastest route for unit-level procurement.
Revenue Procurement
Through unit/formation revenue budgets for training equipment and consumables. Ideal for phased lab upgrades.
Make in India / iDEX
Aligned with iDEX challenges and Make in India categories. Eligible for DISC grants and prototype funding.
DRDO-Sponsored Projects
For DRDO labs and defence PSUs — procurement through sponsored project budgets with test certificates and end-user documentation.
CSR & Industry Partnership
Industry-sponsored lab installations through corporate social responsibility initiatives at defence training academies.
Why Autoabode
Not a Vendor. A Defence Technology Partner.
We Build What We Train With
Autoabode manufactures BotBit tactical UAVs, DroneDefender counter-UAS, and industrial 3D printers used in our labs. We don't resell someone else's equipment — every system is designed, built, and tested in-house.
Combat-Tested Hardware
Our systems are tested to DRDO standards and deployed with the Indian Army. This is not classroom theory — it's operational-grade technology backed by field data and deployment experience.
End-to-End Ownership
From site assessment to faculty training to annual maintenance — Autoabode owns the entire lifecycle. One contract, one vendor, one point of accountability. No integrator middlemen.
Classified Project Capability
Our defence division includes engineers with clearance-level project experience. We handle restricted documentation, end-user certificates, and offset compliance. Your classified requirements stay classified.
Explore Related Systems
Frequently Asked Questions
What is a defence drone Centre of Excellence (CoE)?
A defence drone CoE is a specialised facility that provides end-to-end training, simulation, and R&D infrastructure for military drone operations. It typically includes counter-UAS systems, swarm warfare simulators, encrypted communication labs, electronic warfare modules, ISR mission planning stations, and tactical UAV assembly and repair bays. Autoabode builds turnkey CoEs for the Indian Armed Forces, Navy, Air Force, and paramilitary organisations.
Which branches of the Indian Armed Forces can use Autoabode's drone lab?
Autoabode's defence drone lab is designed for the Indian Army (infantry, artillery, signals, engineers), Indian Navy (maritime ISR, ship-based drone ops), Indian Air Force (UCAV operations, airfield defence), paramilitary forces (BSF, CRPF, ITBP, SSB, CISF), Coast Guard, NSG, DRDO laboratories, and defence PSUs like HAL, BEL, and BDL. Each lab is customised to the operational requirements and threat environment of the specific branch or unit.
What counter-drone technologies are included in the lab?
The counter-drone module includes multi-spectrum RF detection and direction-finding arrays, electro-optical and infrared (EO/IR) tracking cameras, radar-based detection systems, RF jamming and spoofing trainers, high-power laser engagement simulators, kinetic interceptor drone (kamikaze) launch simulation, UGV-based interception training, and a unified C2 dashboard for multi-sensor fusion. Trainees learn detect-track-identify-neutralise (DTIN) protocols in realistic scenarios.
Does the lab cover drone swarm operations?
Yes. The swarm warfare module includes a 10–50 UAV swarm coordination simulator, decentralised swarm intelligence algorithms, swarm-vs-swarm adversarial scenarios, swarm C2 architecture with mesh networking, formation flying and dynamic task allocation, and hardware-in-the-loop testing with real micro-UAVs. This module is aligned with DRDO's swarm drone research and India's autonomous systems doctrine.
What secure communication systems are part of the drone lab?
The secure comms module includes encrypted tactical data links (military-grade AES-256), Software-Defined Radio (SDR) workstations for custom waveform development, mesh networking labs with self-healing topology demonstration, frequency-hopping spread spectrum (FHSS) trainers, MANET (Mobile Ad-hoc Network) for beyond-line-of-sight drone control, satellite communication (SATCOM) integration for BVLOS operations, and anti-jamming and LPI/LPD (Low Probability of Intercept/Detection) radio simulation.
Can the lab simulate electronic warfare (EW) scenarios?
Absolutely. The EW module includes spectrum analysis and signal intelligence (SIGINT) workstations, ELINT (Electronic Intelligence) intercept and classification trainers, GPS denial and spoofing simulation environments, communication jamming and counter-jamming exercises, electromagnetic spectrum management training, and cyber-EW convergence scenarios where electronic and cyber attacks are combined against drone systems.
How is Autoabode qualified to build military drone labs?
Autoabode is MoD-empanelled, GeM-registered, and has delivered drone and advanced manufacturing systems to DRDO, the Indian Army, and premier defence research institutions. We manufacture the BotBit tactical UAV platform, DroneDefender counter-UAS system, and field-deployable 3D printing units used by Indian defence. Our team includes defence technology engineers with clearance-level project experience.
What is the procurement process for a defence drone lab?
Defence procurement follows DPP/DAP guidelines. Autoabode supports all procurement routes: capital acquisition through MoD, revenue procurement through unit/formation budgets, GeM direct purchase (available for orders up to prescribed limits), Make in India / iDEX procurement pathways, and DRDO-sponsored project procurement. We provide compliance documentation, test certificates, and end-user certificates. Our defence division handles RFI/RFP responses and technical bid preparation.
Secure Inquiry
Request a Capability Briefing
Provide your details and operational requirements. Our defence division will respond with a classified capability brief and custom lab proposal within 48 hours.